Cavity acoustics
Enclosure volume, port geometry, and damping stacks simulated then measured against target response curves.
Industrial design for acoustic hardware
Chamber Design is a multidisciplinary studio designing headphones, Bluetooth speakers, and home theater systems — where cavity vibration, noise-reduction mesh, and driver resonance meet the tactile reality of the object in your hands.

Acoustic engineers, mechanical engineers, and industrial designers sit at the same bench. Nothing is thrown over a wall, so the sound target and the housing form are settled together instead of fought over at DVT.
Enclosure volume, port geometry, and damping stacks simulated then measured against target response curves.
Woven and sintered mesh selection tuned for acoustic impedance, dust ingress, and hand feel at the grille.
Hinges, yokes, gaskets, and clamp force resolved with GD&T drawings your factory can tool from directly.
Anodized aluminum, recycled polymer, and technical textile specs with production-verified color standards.
Product categories

Driver isolation, pad compression modelling, clamp-force tuning, and hinge cycles tested to 20,000 folds — packaged in a housing that reads as a single machined object.
Passive radiator layouts, IP-rated seams, and textile wraps that survive being thrown in a bag every day.


Braced enclosures, decoupled driver baffles, and veneer or textile finishes designed for rooms people actually live in. We model panel resonance before the first cabinet is cut, then confirm it with accelerometer sweeps on the prototype.
The studio
We started Chamber Design after years of watching beautiful acoustic engineering get buried inside indifferent plastic. Our nine-person team works between the measurement rig and the model shop, and treats the enclosure as an instrument rather than packaging.
Read our storyQuestions
Send us the target response curve, the bill of materials, and the launch date. We will come back with a scope, a schedule, and an honest view of the risks.
Start a project